It is known or suspected that long-term exposure to a number of ubiquitous environmental chemicals has severe health consequences. Our Environmental Pollutants Profile offers quantitative measurement of 14 specific metabolites that can help define an individual's toxic burden and provide valuable information for targeted nutritional and detoxification interventions.
AppointmentSample Type
Dried Urine
Methods Used
LC-MS/MS
Processing Time
14-21 Days
Requirement
First Morning Urine
Environmental Pollutants Profile (EPP)
Organic Acids Profile (OAP) + Environmental Pollutants Profile
Nutritional imbalances and inefficient metabolic cellular activity can be caused by a variety of factors, increasing the risk and severity of chronic diseases.
Many signs and symptoms indicate cellular imbalances and necessitate organic acid testing. These may include:
Chronic fatigue
Poor memory/attention
Sleep disturbance
Mood issues
Weight gain
Poor blood sugar control
Allergies
Digestive issues
Organic acids test assists in evaluating:
Krebs Cycle Abnormalities
Neurotransmitter Levels
Nutrition/Vitamins/Antioxidant Status
Yeast and Clostridia Overgrowth
Fatty Acid Metabolism
Mitochondrial Function
Detoxification and Oxidative Stress
Retesting
After a practitioner-designed detoxification treatment, retest in 3–6 months. Before retesting, stop active detoxification for 2–4 weeks to avoid "active accelerated detoxification" spikes.
Vitamin deficiencies and metabolic imbalances may produce a range of health issues, including fatigue, mood changes, digestive problems, and more. Our Organic Acids Profile measures 36 organic acids markers to create a unique patient biochemistry profile that reflects how well the body is obtaining and utilizing nutrients. A customized diet and lifestyle plan can then be established to address specific nutritional needs.
Environmental toxins pose a significant threat to our health and well-being. Exposure to these pollutants has been linked to a range of health issues, including respiratory problems, neurological disorders, hormonal imbalances, and even certain types of cancer. It is crucial that we address this issue head-on and take proactive measures to reduce our exposure to environmental toxins.
The following clinical considerations assume that the attending health care professional will tailor the protocol to the patient. Thus, you may alter this program to match your patient's nutritional and lifestyle preferences, clinical considerations, and biochemistry.
The following clinical considerations assume that the attending health care professional will tailor the protocol to the patient. Thus, you may alter this program to match your patient's nutritional and lifestyle preferences, clinical considerations, and biochemistry.
Many patients, especially those who have actively tried to live a clean and spotless lifestyle in this ever-increasingly toxic society, will be perplexed as to how they can have such a toxic burden. Here are some points to discuss with patients:
Exposure can be current or cumulative, resulting from many sources such as commuting or secondary exposures such as work, home, athletic club/gym, or unknown pollution. If your patient frequently travels or eats out, phthalates and parabens are frequently present in restaurant food due to packaging. Toxic exposure could have resulted from area forest fires, other pollutants, and other organic materials, or traffic commutes that contributed to benzene and toluene levels.
It is critical to inform patients that their results may potentially reflect toxic exposures accumulated over time, including transplacental exposure in pregnancy. Many of these organic pollutants (EPPs) are easily held in adipose (fat) tissue and are released through cellular turnover, weight reduction, exercise, and even the process of eating detoxification-rich meals. The goal is to reduce the burden in a safe, gradual, and methodical way, which involves the body detoxification system.
Detox Phases 1 and 2: These involve supporting the liver to mobilize and eliminate environmental pollutants (EPPs) and other toxins. The liver needs specific nutrients to detoxify. As your patient "detoxes" from their recognized loads, they will excrete other toxins. Phase 1 and 2 liver steps need broad support. Thus, fresh organic vegetables and fruits provide phytonutrients and trace elements to each pathway. It's crucial to warn patients about the "Dirty Dozen" foods' pesticide and herbicide content.
Detox Phase 3: Seems simple, yet patients rarely volunteer or understand the relevance of their bathroom habits. Patients should drink non-fluoridated water without heavy metals and other contaminants that poison metabolic processes.
Unless medically prohibited, people should drink 2–3 liters of pure water. A patient should have three "near clear" urinations per day.
Stool elimination is another crucial detox step. According to the Bristol Stool Chart, which can be found online, patients should have 2 to 3 meaningful bowel movements every day. Reabsorption of toxins from feces in the colon adds "yesterday's waste" to the daily hazardous burden. Toxins are more easily removed in Phases 1 and 2, making them easier to flush out.
Stool elimination is another crucial detox step. Patients should have 2 to 3 meaningful bowel movements every day. Reabsorption of toxins from feces in the colon adds "yesterday's waste" to the daily hazardous burden. Toxins are more easily removed in Phases 1 and 2, making them easier to flush out.
Lifestyle Phase 1: Assessing present and prior exposures in relation to EPP findings is crucial. Remembering that frees up detoxifying pathways and reduces future pressures. Driving with the windows up on re-circulate throughout the congested commute unless there is noticeable off-gassing. HEPA air filters at home and work can remove pollutants and allergens. Don't cook or reheat food in plastic. To avoid phthalate exposure, use glass or stainless steel water bottles instead of plastic. Grapefruit and grapefruit juice slow liver enzymatic activities, hence patients should avoid them during detoxification. Stopping grapefruit juice intake may lower drug levels in patients who take prescription or over-the-counter drugs.Avoid alcohol, a strong solvent, during detoxification.
Lifestyle Phase 2: Sweat helps. To avoid reabsorbing pollutants after sweating, rinse off immediately. Toxins can absorb and reabsorb via the skin, just like pharmaceuticals. Gym saunas and far infrared saunas are used by many patients to sweat away toxins.